# Copyright (C) The Arvados Authors. All rights reserved. # # SPDX-License-Identifier: Apache-2.0 from __future__ import print_function from __future__ import division from builtins import str from builtins import range import argparse import atexit import errno import glob import httplib2 import os import pipes import random import re import shutil import signal import socket import string import subprocess import sys import tempfile import time import unittest import yaml try: from urllib.parse import urlparse except ImportError: from urlparse import urlparse MY_DIRNAME = os.path.dirname(os.path.realpath(__file__)) if __name__ == '__main__' and os.path.exists( os.path.join(MY_DIRNAME, '..', 'arvados', '__init__.py')): # We're being launched to support another test suite. # Add the Python SDK source to the library path. sys.path.insert(1, os.path.dirname(MY_DIRNAME)) import arvados import arvados.config ARVADOS_DIR = os.path.realpath(os.path.join(MY_DIRNAME, '../../..')) SERVICES_SRC_DIR = os.path.join(ARVADOS_DIR, 'services') if 'GOPATH' in os.environ: # Add all GOPATH bin dirs to PATH -- but insert them after the # ruby gems bin dir, to ensure "bundle" runs the Ruby bundler # command, not the golang.org/x/tools/cmd/bundle command. gopaths = os.environ['GOPATH'].split(':') addbins = [os.path.join(path, 'bin') for path in gopaths] newbins = [] for path in os.environ['PATH'].split(':'): newbins.append(path) if os.path.exists(os.path.join(path, 'bundle')): newbins += addbins addbins = [] newbins += addbins os.environ['PATH'] = ':'.join(newbins) TEST_TMPDIR = os.path.join(ARVADOS_DIR, 'tmp') if not os.path.exists(TEST_TMPDIR): os.mkdir(TEST_TMPDIR) my_api_host = None _cached_config = {} _cached_db_config = {} def find_server_pid(PID_PATH, wait=10): now = time.time() timeout = now + wait good_pid = False while (not good_pid) and (now <= timeout): time.sleep(0.2) try: with open(PID_PATH, 'r') as f: server_pid = int(f.read()) good_pid = (os.kill(server_pid, 0) is None) except EnvironmentError: good_pid = False now = time.time() if not good_pid: return None return server_pid def kill_server_pid(pidfile, wait=10, passenger_root=False): # Must re-import modules in order to work during atexit import os import signal import subprocess import time now = time.time() startTERM = now deadline = now + wait if passenger_root: # First try to shut down nicely restore_cwd = os.getcwd() os.chdir(passenger_root) subprocess.call([ 'bundle', 'exec', 'passenger', 'stop', '--pid-file', pidfile]) os.chdir(restore_cwd) # Use up to half of the +wait+ period waiting for "passenger # stop" to work. If the process hasn't exited by then, start # sending TERM signals. startTERM += wait//2 server_pid = None while now <= deadline and server_pid is None: try: with open(pidfile, 'r') as f: server_pid = int(f.read()) except IOError: # No pidfile = nothing to kill. return except ValueError as error: # Pidfile exists, but we can't parse it. Perhaps the # server has created the file but hasn't written its PID # yet? print("Parse error reading pidfile {}: {}".format(pidfile, error), file=sys.stderr) time.sleep(0.1) now = time.time() while now <= deadline: try: exited, _ = os.waitpid(server_pid, os.WNOHANG) if exited > 0: _remove_pidfile(pidfile) return except OSError: # already exited, or isn't our child process pass try: if now >= startTERM: os.kill(server_pid, signal.SIGTERM) print("Sent SIGTERM to {} ({})".format(server_pid, pidfile), file=sys.stderr) except OSError as error: if error.errno == errno.ESRCH: # Thrown by os.getpgid() or os.kill() if the process # does not exist, i.e., our work here is done. _remove_pidfile(pidfile) return raise time.sleep(0.1) now = time.time() print("Server PID {} ({}) did not exit, giving up after {}s". format(server_pid, pidfile, wait), file=sys.stderr) def _remove_pidfile(pidfile): try: os.unlink(pidfile) except: if os.path.lexists(pidfile): raise def find_available_port(): """Return an IPv4 port number that is not in use right now. We assume whoever needs to use the returned port is able to reuse a recently used port without waiting for TIME_WAIT (see SO_REUSEADDR / SO_REUSEPORT). Some opportunity for races here, but it's better than choosing something at random and not checking at all. If all of our servers (hey Passenger) knew that listening on port 0 was a thing, the OS would take care of the races, and this wouldn't be needed at all. """ sock = socket.socket() sock.bind(('0.0.0.0', 0)) port = sock.getsockname()[1] sock.close() return port def _wait_until_port_listens(port, timeout=10, warn=True): """Wait for a process to start listening on the given port. If nothing listens on the port within the specified timeout (given in seconds), print a warning on stderr before returning. """ try: subprocess.check_output(['which', 'netstat']) except subprocess.CalledProcessError: print("WARNING: No `netstat` -- cannot wait for port to listen. "+ "Sleeping 0.5 and hoping for the best.", file=sys.stderr) time.sleep(0.5) return deadline = time.time() + timeout while time.time() < deadline: if re.search(r'\ntcp.*:'+str(port)+' .* LISTEN *\n', subprocess.check_output(['netstat', '-Wln']).decode()): return True time.sleep(0.1) if warn: print( "WARNING: Nothing is listening on port {} (waited {} seconds).". format(port, timeout), file=sys.stderr) return False def _logfilename(label): """Set up a labelled log file, and return a path to write logs to. Normally, the returned path is {tmpdir}/{label}.log. In debug mode, logs are also written to stderr, with [label] prepended to each line. The returned path is a FIFO. +label+ should contain only alphanumerics: it is also used as part of the FIFO filename. """ logfilename = os.path.join(TEST_TMPDIR, label+'.log') if not os.environ.get('ARVADOS_DEBUG', ''): return logfilename fifo = os.path.join(TEST_TMPDIR, label+'.fifo') try: os.remove(fifo) except OSError as error: if error.errno != errno.ENOENT: raise os.mkfifo(fifo, 0o700) stdbuf = ['stdbuf', '-i0', '-oL', '-eL'] # open(fifo, 'r') would block waiting for someone to open the fifo # for writing, so we need a separate cat process to open it for # us. cat = subprocess.Popen( stdbuf+['cat', fifo], stdin=open('/dev/null'), stdout=subprocess.PIPE) tee = subprocess.Popen( stdbuf+['tee', '-a', logfilename], stdin=cat.stdout, stdout=subprocess.PIPE) subprocess.Popen( stdbuf+['sed', '-e', 's/^/['+label+'] /'], stdin=tee.stdout, stdout=sys.stderr) return fifo def run(leave_running_atexit=False): """Ensure an API server is running, and ARVADOS_API_* env vars have admin credentials for it. If ARVADOS_TEST_API_HOST is set, a parent process has started a test server for us to use: we just need to reset() it using the admin token fixture. If a previous call to run() started a new server process, and it is still running, we just need to reset() it to fixture state and return. If neither of those options work out, we'll really start a new server. """ global my_api_host # Delete cached discovery documents. # # This will clear cached docs that belong to other processes (like # concurrent test suites) even if they're still running. They should # be able to tolerate that. for fn in glob.glob(os.path.join( str(arvados.http_cache('discovery')), '*,arvados,v1,rest,*')): os.unlink(fn) pid_file = _pidfile('api') pid_file_ok = find_server_pid(pid_file, 0) existing_api_host = os.environ.get('ARVADOS_TEST_API_HOST', my_api_host) if existing_api_host and pid_file_ok: if existing_api_host == my_api_host: try: return reset() except: # Fall through to shutdown-and-start case. pass else: # Server was provided by parent. Can't recover if it's # unresettable. return reset() # Before trying to start up our own server, call stop() to avoid # "Phusion Passenger Standalone is already running on PID 12345". # (If we've gotten this far, ARVADOS_TEST_API_HOST isn't set, so # we know the server is ours to kill.) stop(force=True) restore_cwd = os.getcwd() api_src_dir = os.path.join(SERVICES_SRC_DIR, 'api') os.chdir(api_src_dir) # Either we haven't started a server of our own yet, or it has # died, or we have lost our credentials, or something else is # preventing us from calling reset(). Start a new one. if not os.path.exists('tmp'): os.makedirs('tmp') if not os.path.exists('tmp/api'): os.makedirs('tmp/api') if not os.path.exists('tmp/logs'): os.makedirs('tmp/logs') # Install the git repository fixtures. gitdir = os.path.join(SERVICES_SRC_DIR, 'api', 'tmp', 'git') gittarball = os.path.join(SERVICES_SRC_DIR, 'api', 'test', 'test.git.tar') if not os.path.isdir(gitdir): os.makedirs(gitdir) subprocess.check_output(['tar', '-xC', gitdir, '-f', gittarball]) port = internal_port_from_config("RailsAPI") env = os.environ.copy() env['RAILS_ENV'] = 'test' env['ARVADOS_RAILS_LOG_TO_STDOUT'] = '1' env.pop('ARVADOS_WEBSOCKETS', None) env.pop('ARVADOS_TEST_API_HOST', None) env.pop('ARVADOS_API_HOST', None) env.pop('ARVADOS_API_HOST_INSECURE', None) env.pop('ARVADOS_API_TOKEN', None) logf = open(_logfilename('railsapi'), 'a') railsapi = subprocess.Popen( ['bundle', 'exec', 'passenger', 'start', '-p{}'.format(port), '--pid-file', pid_file, '--log-file', '/dev/stdout', '--ssl', '--ssl-certificate', 'tmp/self-signed.pem', '--ssl-certificate-key', 'tmp/self-signed.key'], env=env, stdin=open('/dev/null'), stdout=logf, stderr=logf) if not leave_running_atexit: atexit.register(kill_server_pid, pid_file, passenger_root=api_src_dir) my_api_host = "127.0.0.1:"+str(port) os.environ['ARVADOS_API_HOST'] = my_api_host # Make sure the server has written its pid file and started # listening on its TCP port _wait_until_port_listens(port) find_server_pid(pid_file) reset() os.chdir(restore_cwd) def reset(): """Reset the test server to fixture state. This resets the ARVADOS_TEST_API_HOST provided by a parent process if any, otherwise the server started by run(). It also resets ARVADOS_* environment vars to point to the test server with admin credentials. """ existing_api_host = os.environ.get('ARVADOS_TEST_API_HOST', my_api_host) token = auth_token('admin') httpclient = httplib2.Http(ca_certs=os.path.join( SERVICES_SRC_DIR, 'api', 'tmp', 'self-signed.pem')) httpclient.request( 'https://{}/database/reset'.format(existing_api_host), 'POST', headers={'Authorization': 'OAuth2 {}'.format(token), 'Connection':'close'}) os.environ['ARVADOS_API_HOST_INSECURE'] = 'true' os.environ['ARVADOS_API_TOKEN'] = token os.environ['ARVADOS_API_HOST'] = existing_api_host def stop(force=False): """Stop the API server, if one is running. If force==False, kill it only if we started it ourselves. (This supports the use case where a Python test suite calls run(), but run() just uses the ARVADOS_TEST_API_HOST provided by the parent process, and the test suite cleans up after itself by calling stop(). In this case the test server provided by the parent process should be left alone.) If force==True, kill it even if we didn't start it ourselves. (This supports the use case in __main__, where "run" and "stop" happen in different processes.) """ global my_api_host if force or my_api_host is not None: kill_server_pid(_pidfile('api')) my_api_host = None def get_config(): with open(os.environ["ARVADOS_CONFIG"]) as f: return yaml.safe_load(f) def internal_port_from_config(service, idx=0): return int(urlparse( sorted(list(get_config()["Clusters"]["zzzzz"]["Services"][service]["InternalURLs"].keys()))[idx]). netloc.split(":")[1]) def external_port_from_config(service): return int(urlparse(get_config()["Clusters"]["zzzzz"]["Services"][service]["ExternalURL"]).netloc.split(":")[1]) def run_controller(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return stop_controller() logf = open(_logfilename('controller'), 'a') port = internal_port_from_config("Controller") controller = subprocess.Popen( ["arvados-server", "controller"], stdin=open('/dev/null'), stdout=logf, stderr=logf, close_fds=True) with open(_pidfile('controller'), 'w') as f: f.write(str(controller.pid)) _wait_until_port_listens(port) return port def stop_controller(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('controller')) def run_ws(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return stop_ws() port = internal_port_from_config("Websocket") logf = open(_logfilename('ws'), 'a') ws = subprocess.Popen( ["arvados-server", "ws"], stdin=open('/dev/null'), stdout=logf, stderr=logf, close_fds=True) with open(_pidfile('ws'), 'w') as f: f.write(str(ws.pid)) _wait_until_port_listens(port) return port def stop_ws(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('ws')) def _start_keep(n, blob_signing=False): datadir = os.path.join(TEST_TMPDIR, "keep%d.data"%n) if os.path.exists(datadir): shutil.rmtree(datadir) os.mkdir(datadir) port = internal_port_from_config("Keepstore", idx=n) # Currently, if there are multiple InternalURLs for a single host, # the only way to tell a keepstore process which one it's supposed # to listen on is to supply a redacted version of the config, with # the other InternalURLs removed. conf = os.path.join(TEST_TMPDIR, "keep%d.yaml"%n) confdata = get_config() confdata['Clusters']['zzzzz']['Services']['Keepstore']['InternalURLs'] = {"http://127.0.0.1:%d"%port: {}} confdata['Clusters']['zzzzz']['Collections']['BlobSigning'] = blob_signing with open(conf, 'w') as f: yaml.safe_dump(confdata, f) keep_cmd = ["keepstore", "-config", conf] with open(_logfilename('keep{}'.format(n)), 'a') as logf: with open('/dev/null') as _stdin: child = subprocess.Popen( keep_cmd, stdin=_stdin, stdout=logf, stderr=logf, close_fds=True) print('child.pid is %d'%child.pid, file=sys.stderr) with open(_pidfile('keep{}'.format(n)), 'w') as f: f.write(str(child.pid)) _wait_until_port_listens(port) return port def run_keep(num_servers=2, **kwargs): stop_keep(num_servers) api = arvados.api( version='v1', host=os.environ['ARVADOS_API_HOST'], token=os.environ['ARVADOS_API_TOKEN'], insecure=True) for d in api.keep_services().list(filters=[['service_type','=','disk']]).execute()['items']: api.keep_services().delete(uuid=d['uuid']).execute() for d in api.keep_disks().list().execute()['items']: api.keep_disks().delete(uuid=d['uuid']).execute() for d in range(0, num_servers): port = _start_keep(d, **kwargs) svc = api.keep_services().create(body={'keep_service': { 'uuid': 'zzzzz-bi6l4-keepdisk{:07d}'.format(d), 'service_host': 'localhost', 'service_port': port, 'service_type': 'disk', 'service_ssl_flag': False, }}).execute() api.keep_disks().create(body={ 'keep_disk': {'keep_service_uuid': svc['uuid'] } }).execute() # If keepproxy and/or keep-web is running, send SIGHUP to make # them discover the new keepstore services. for svc in ('keepproxy', 'keep-web'): pidfile = _pidfile('keepproxy') if os.path.exists(pidfile): try: with open(pidfile) as pid: os.kill(int(pid.read()), signal.SIGHUP) except OSError: os.remove(pidfile) def _stop_keep(n): kill_server_pid(_pidfile('keep{}'.format(n))) def stop_keep(num_servers=2): for n in range(0, num_servers): _stop_keep(n) def run_keep_proxy(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: os.environ["ARVADOS_KEEP_SERVICES"] = "http://localhost:{}".format(internal_port_from_config('Keepproxy')) return stop_keep_proxy() port = internal_port_from_config("Keepproxy") env = os.environ.copy() env['ARVADOS_API_TOKEN'] = auth_token('anonymous') logf = open(_logfilename('keepproxy'), 'a') kp = subprocess.Popen( ['keepproxy'], env=env, stdin=open('/dev/null'), stdout=logf, stderr=logf, close_fds=True) with open(_pidfile('keepproxy'), 'w') as f: f.write(str(kp.pid)) _wait_until_port_listens(port) print("Using API %s token %s" % (os.environ['ARVADOS_API_HOST'], auth_token('admin')), file=sys.stdout) api = arvados.api( version='v1', host=os.environ['ARVADOS_API_HOST'], token=auth_token('admin'), insecure=True) for d in api.keep_services().list( filters=[['service_type','=','proxy']]).execute()['items']: api.keep_services().delete(uuid=d['uuid']).execute() api.keep_services().create(body={'keep_service': { 'service_host': 'localhost', 'service_port': port, 'service_type': 'proxy', 'service_ssl_flag': False, }}).execute() os.environ["ARVADOS_KEEP_SERVICES"] = "http://localhost:{}".format(port) _wait_until_port_listens(port) def stop_keep_proxy(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('keepproxy')) def run_arv_git_httpd(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return stop_arv_git_httpd() gitport = internal_port_from_config("GitHTTP") env = os.environ.copy() env.pop('ARVADOS_API_TOKEN', None) logf = open(_logfilename('arv-git-httpd'), 'a') agh = subprocess.Popen(['arv-git-httpd'], env=env, stdin=open('/dev/null'), stdout=logf, stderr=logf) with open(_pidfile('arv-git-httpd'), 'w') as f: f.write(str(agh.pid)) _wait_until_port_listens(gitport) def stop_arv_git_httpd(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('arv-git-httpd')) def run_keep_web(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return stop_keep_web() keepwebport = internal_port_from_config("WebDAV") env = os.environ.copy() logf = open(_logfilename('keep-web'), 'a') keepweb = subprocess.Popen( ['keep-web'], env=env, stdin=open('/dev/null'), stdout=logf, stderr=logf) with open(_pidfile('keep-web'), 'w') as f: f.write(str(keepweb.pid)) _wait_until_port_listens(keepwebport) def stop_keep_web(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('keep-web')) def run_nginx(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return stop_nginx() nginxconf = {} nginxconf['LISTENHOST'] = 'localhost' nginxconf['CONTROLLERPORT'] = internal_port_from_config("Controller") nginxconf['CONTROLLERSSLPORT'] = external_port_from_config("Controller") nginxconf['KEEPWEBPORT'] = internal_port_from_config("WebDAV") nginxconf['KEEPWEBDLSSLPORT'] = external_port_from_config("WebDAVDownload") nginxconf['KEEPWEBSSLPORT'] = external_port_from_config("WebDAV") nginxconf['KEEPPROXYPORT'] = internal_port_from_config("Keepproxy") nginxconf['KEEPPROXYSSLPORT'] = external_port_from_config("Keepproxy") nginxconf['GITPORT'] = internal_port_from_config("GitHTTP") nginxconf['GITSSLPORT'] = external_port_from_config("GitHTTP") nginxconf['WSPORT'] = internal_port_from_config("Websocket") nginxconf['WSSSLPORT'] = external_port_from_config("Websocket") nginxconf['WORKBENCH1PORT'] = internal_port_from_config("Workbench1") nginxconf['WORKBENCH1SSLPORT'] = external_port_from_config("Workbench1") nginxconf['SSLCERT'] = os.path.join(SERVICES_SRC_DIR, 'api', 'tmp', 'self-signed.pem') nginxconf['SSLKEY'] = os.path.join(SERVICES_SRC_DIR, 'api', 'tmp', 'self-signed.key') nginxconf['ACCESSLOG'] = _logfilename('nginx_access') nginxconf['ERRORLOG'] = _logfilename('nginx_error') nginxconf['TMPDIR'] = TEST_TMPDIR conftemplatefile = os.path.join(MY_DIRNAME, 'nginx.conf') conffile = os.path.join(TEST_TMPDIR, 'nginx.conf') with open(conffile, 'w') as f: f.write(re.sub( r'{{([A-Z]+[A-Z0-9]+)}}', lambda match: str(nginxconf.get(match.group(1))), open(conftemplatefile).read())) env = os.environ.copy() env['PATH'] = env['PATH']+':/sbin:/usr/sbin:/usr/local/sbin' nginx = subprocess.Popen( ['nginx', '-g', 'error_log stderr info;', '-g', 'pid '+_pidfile('nginx')+';', '-c', conffile], env=env, stdin=open('/dev/null'), stdout=sys.stderr) _wait_until_port_listens(nginxconf['CONTROLLERSSLPORT']) def setup_config(): rails_api_port = find_available_port() controller_port = find_available_port() controller_external_port = find_available_port() websocket_port = find_available_port() websocket_external_port = find_available_port() workbench1_port = find_available_port() workbench1_external_port = find_available_port() git_httpd_port = find_available_port() git_httpd_external_port = find_available_port() keepproxy_port = find_available_port() keepproxy_external_port = find_available_port() keepstore_ports = sorted([str(find_available_port()) for _ in xrange(0,4)]) keep_web_port = find_available_port() keep_web_external_port = find_available_port() keep_web_dl_port = find_available_port() keep_web_dl_external_port = find_available_port() configsrc = os.environ.get("CONFIGSRC", None) if configsrc: clusterconf = os.path.join(configsrc, "config.yml") print("Getting config from %s" % clusterconf, file=sys.stderr) pgconnection = yaml.safe_load(open(clusterconf))["Clusters"]["zzzzz"]["PostgreSQL"]["Connection"] else: # assume "arvados-server install -type test" has set up the # conventional db credentials pgconnection = { "client_encoding": "utf8", "host": "localhost", "dbname": "arvados_test", "user": "arvados", "password": "insecure_arvados_test", } localhost = "127.0.0.1" services = { "RailsAPI": { "InternalURLs": { "https://%s:%s"%(localhost, rails_api_port): {}, }, }, "Controller": { "ExternalURL": "https://%s:%s" % (localhost, controller_external_port), "InternalURLs": { "http://%s:%s"%(localhost, controller_port): {}, }, }, "Websocket": { "ExternalURL": "wss://%s:%s/websocket" % (localhost, websocket_external_port), "InternalURLs": { "http://%s:%s"%(localhost, websocket_port): {}, }, }, "Workbench1": { "ExternalURL": "https://%s:%s/" % (localhost, workbench1_external_port), "InternalURLs": { "http://%s:%s"%(localhost, workbench1_port): {}, }, }, "GitHTTP": { "ExternalURL": "https://%s:%s" % (localhost, git_httpd_external_port), "InternalURLs": { "http://%s:%s"%(localhost, git_httpd_port): {} }, }, "Keepstore": { "InternalURLs": { "http://%s:%s"%(localhost, port): {} for port in keepstore_ports }, }, "Keepproxy": { "ExternalURL": "https://%s:%s" % (localhost, keepproxy_external_port), "InternalURLs": { "http://%s:%s"%(localhost, keepproxy_port): {}, }, }, "WebDAV": { "ExternalURL": "https://%s:%s" % (localhost, keep_web_external_port), "InternalURLs": { "http://%s:%s"%(localhost, keep_web_port): {}, }, }, "WebDAVDownload": { "ExternalURL": "https://%s:%s" % (localhost, keep_web_dl_external_port), "InternalURLs": { "http://%s:%s"%(localhost, keep_web_dl_port): {}, }, }, "SSO": { "ExternalURL": "http://localhost:3002", }, } config = { "Clusters": { "zzzzz": { "ManagementToken": "e687950a23c3a9bceec28c6223a06c79", "SystemRootToken": auth_token('system_user'), "API": { "RequestTimeout": "30s", "RailsSessionSecretToken": "e24205c490ac07e028fd5f8a692dcb398bcd654eff1aef5f9fe6891994b18483", }, "Login": { "ProviderAppID": "arvados-server", "ProviderAppSecret": "608dbf356a327e2d0d4932b60161e212c2d8d8f5e25690d7b622f850a990cd33", }, "SystemLogs": { "LogLevel": ('info' if os.environ.get('ARVADOS_DEBUG', '') in ['','0'] else 'debug'), }, "PostgreSQL": { "Connection": pgconnection, }, "TLS": { "Insecure": True, }, "Services": services, "Users": { "AnonymousUserToken": auth_token('anonymous'), "UserProfileNotificationAddress": "arvados@example.com", }, "Collections": { "BlobSigningKey": "zfhgfenhffzltr9dixws36j1yhksjoll2grmku38mi7yxd66h5j4q9w4jzanezacp8s6q0ro3hxakfye02152hncy6zml2ed0uc", "TrustAllContent": False, "ForwardSlashNameSubstitution": "/", "TrashSweepInterval": "-1s", }, "Git": { "Repositories": os.path.join(SERVICES_SRC_DIR, 'api', 'tmp', 'git', 'test'), }, "Containers": { "JobsAPI": { "GitInternalDir": os.path.join(SERVICES_SRC_DIR, 'api', 'tmp', 'internal.git'), }, "SupportedDockerImageFormats": {"v1": {}}, }, "Volumes": { "zzzzz-nyw5e-%015d"%n: { "AccessViaHosts": { "http://%s:%s" % (localhost, keepstore_ports[n]): {}, }, "Driver": "Directory", "DriverParameters": { "Root": os.path.join(TEST_TMPDIR, "keep%d.data"%n), }, } for n in range(len(keepstore_ports)) }, }, }, } conf = os.path.join(TEST_TMPDIR, 'arvados.yml') with open(conf, 'w') as f: yaml.safe_dump(config, f) ex = "export ARVADOS_CONFIG="+conf print(ex) def stop_nginx(): if 'ARVADOS_TEST_PROXY_SERVICES' in os.environ: return kill_server_pid(_pidfile('nginx')) def _pidfile(program): return os.path.join(TEST_TMPDIR, program + '.pid') def fixture(fix): '''load a fixture yaml file''' with open(os.path.join(SERVICES_SRC_DIR, 'api', "test", "fixtures", fix + ".yml")) as f: yaml_file = f.read() try: trim_index = yaml_file.index("# Test Helper trims the rest of the file") yaml_file = yaml_file[0:trim_index] except ValueError: pass return yaml.safe_load(yaml_file) def auth_token(token_name): return fixture("api_client_authorizations")[token_name]["api_token"] def authorize_with(token_name): '''token_name is the symbolic name of the token from the api_client_authorizations fixture''' arvados.config.settings()["ARVADOS_API_TOKEN"] = auth_token(token_name) arvados.config.settings()["ARVADOS_API_HOST"] = os.environ.get("ARVADOS_API_HOST") arvados.config.settings()["ARVADOS_API_HOST_INSECURE"] = "true" class TestCaseWithServers(unittest.TestCase): """TestCase to start and stop supporting Arvados servers. Define any of MAIN_SERVER, KEEP_SERVER, and/or KEEP_PROXY_SERVER class variables as a dictionary of keyword arguments. If you do, setUpClass will start the corresponding servers by passing these keyword arguments to the run, run_keep, and/or run_keep_server functions, respectively. It will also set Arvados environment variables to point to these servers appropriately. If you don't run a Keep or Keep proxy server, setUpClass will set up a temporary directory for Keep local storage, and set it as KEEP_LOCAL_STORE. tearDownClass will stop any servers started, and restore the original environment. """ MAIN_SERVER = None WS_SERVER = None KEEP_SERVER = None KEEP_PROXY_SERVER = None KEEP_WEB_SERVER = None @staticmethod def _restore_dict(src, dest): for key in list(dest.keys()): if key not in src: del dest[key] dest.update(src) @classmethod def setUpClass(cls): cls._orig_environ = os.environ.copy() cls._orig_config = arvados.config.settings().copy() cls._cleanup_funcs = [] os.environ.pop('ARVADOS_KEEP_SERVICES', None) os.environ.pop('ARVADOS_EXTERNAL_CLIENT', None) for server_kwargs, start_func, stop_func in ( (cls.MAIN_SERVER, run, reset), (cls.WS_SERVER, run_ws, stop_ws), (cls.KEEP_SERVER, run_keep, stop_keep), (cls.KEEP_PROXY_SERVER, run_keep_proxy, stop_keep_proxy), (cls.KEEP_WEB_SERVER, run_keep_web, stop_keep_web)): if server_kwargs is not None: start_func(**server_kwargs) cls._cleanup_funcs.append(stop_func) if (cls.KEEP_SERVER is None) and (cls.KEEP_PROXY_SERVER is None): cls.local_store = tempfile.mkdtemp() os.environ['KEEP_LOCAL_STORE'] = cls.local_store cls._cleanup_funcs.append( lambda: shutil.rmtree(cls.local_store, ignore_errors=True)) else: os.environ.pop('KEEP_LOCAL_STORE', None) arvados.config.initialize() @classmethod def tearDownClass(cls): for clean_func in cls._cleanup_funcs: clean_func() cls._restore_dict(cls._orig_environ, os.environ) cls._restore_dict(cls._orig_config, arvados.config.settings()) if __name__ == "__main__": actions = [ 'start', 'stop', 'start_ws', 'stop_ws', 'start_controller', 'stop_controller', 'start_keep', 'stop_keep', 'start_keep_proxy', 'stop_keep_proxy', 'start_keep-web', 'stop_keep-web', 'start_arv-git-httpd', 'stop_arv-git-httpd', 'start_nginx', 'stop_nginx', 'setup_config', ] parser = argparse.ArgumentParser() parser.add_argument('action', type=str, help="one of {}".format(actions)) parser.add_argument('--auth', type=str, metavar='FIXTURE_NAME', help='Print authorization info for given api_client_authorizations fixture') parser.add_argument('--num-keep-servers', metavar='int', type=int, default=2, help="Number of keep servers desired") parser.add_argument('--keep-blob-signing', action="store_true", help="Enable blob signing for keepstore servers") args = parser.parse_args() if args.action not in actions: print("Unrecognized action '{}'. Actions are: {}.". format(args.action, actions), file=sys.stderr) sys.exit(1) if args.action == 'start': stop(force=('ARVADOS_TEST_API_HOST' not in os.environ)) run(leave_running_atexit=True) host = os.environ['ARVADOS_API_HOST'] if args.auth is not None: token = auth_token(args.auth) print("export ARVADOS_API_TOKEN={}".format(pipes.quote(token))) print("export ARVADOS_API_HOST={}".format(pipes.quote(host))) print("export ARVADOS_API_HOST_INSECURE=true") else: print(host) elif args.action == 'stop': stop(force=('ARVADOS_TEST_API_HOST' not in os.environ)) elif args.action == 'start_ws': run_ws() elif args.action == 'stop_ws': stop_ws() elif args.action == 'start_controller': run_controller() elif args.action == 'stop_controller': stop_controller() elif args.action == 'start_keep': run_keep(blob_signing=args.keep_blob_signing, num_servers=args.num_keep_servers) elif args.action == 'stop_keep': stop_keep(num_servers=args.num_keep_servers) elif args.action == 'start_keep_proxy': run_keep_proxy() elif args.action == 'stop_keep_proxy': stop_keep_proxy() elif args.action == 'start_arv-git-httpd': run_arv_git_httpd() elif args.action == 'stop_arv-git-httpd': stop_arv_git_httpd() elif args.action == 'start_keep-web': run_keep_web() elif args.action == 'stop_keep-web': stop_keep_web() elif args.action == 'start_nginx': run_nginx() print("export ARVADOS_API_HOST=0.0.0.0:{}".format(external_port_from_config('Controller'))) elif args.action == 'stop_nginx': stop_nginx() elif args.action == 'setup_config': setup_config() else: raise Exception("action recognized but not implemented!?")